ARCH-6: UML Modeling with Enterprise Architect

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ARCH-6 UML Modeling with Enterprise Architect
Phillip Magnay
Technical Architect
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Agenda
UML Modeling with Enterprise Architect

• The Value of Modeling
• Enterprise Architect
• Enterprise Architect and OpenEdge
• Modeling for OpenEdge using Enterprise Architect

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The Value of Modeling

• Manage Complexity
• Mitigate Risk
• Facilitate Communication

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Modeling is Commonplace
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Software Development
Structure
Coding
Functionality
Behavior
Deployment
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Software Development with UML
Logical View
Implementation View
Use Case View
Dynamic View
Deployment View
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Model-Driven Architecture (MDA)
CIM gtgt PIM
PIM gtgt PSM
PSM gtgt Code
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Model-Driven Architecture (MDA)

• Define abstract Platform Independent Model (PIM)

• Use PIM to derive Platform Specific Model (PSM)

Transform
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The Ultimate Goal

• UML is a common language which can express
  functionality at different levels of abstraction
• Computation-Independent
• Platform-Independent
• Platform-Specific
• From UML to software
• Tools

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Agenda
UML Modeling with Enterprise Architect

• The Value of Modeling
• Enterprise Architect
• Enterprise Architect and OpenEdge
• Modeling for OpenEdge using Enterprise Architect

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Sparx Systems - Technology Partner Program
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Enterprise Architect from Sparx Systems
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Enterprise Architect from Sparx Systems

• Complete UML 2.0 compliance
• Visualizes your application
• Manages complexity
• Generates and reverse engineers source code
• Generates documentation
• Customizable
• Multi-user
• Intuitive and easy to use
• Cost-effective

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Agenda
UML Modeling with Enterprise Architect

• The Value of Modeling
• Enterprise Architect
• Enterprise Architect and OpenEdge
• Modeling for OpenEdge using Enterprise Architect

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OpenEdge and Enterprise Architect
Working Together
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Agenda
UML Modeling with Enterprise Architect

• The Value of Modeling
• Enterprise Architect
• Enterprise Architect and OpenEdge
• Modeling for OpenEdge using Enterprise Architect

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Modeling for OpenEdge using Enterprise Architect

1. OpenEdge 10 Database as Model Repository
2. OpenEdge 10 Data Modeling Schema Engineering
3. Forward Engineering of OpenEdge 10 ABL Components
4. Forward Reverse Engineering of OpenEdge 10
   Object Oriented ABL
5. Real-Time Design-Time Integration between
   OpenEdge Architect and Enterprise Architect

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OpenEdge 10 Database as Model Repository
OpenEdge 10 DBMS
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Data Modeling Schema Engineering
schema.df
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Data Modeling Schema Engineering
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Code Engineering ABL Components
.p, .i Datasets Business Entities
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Code Engineering ABL Components
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Code Engineering Object-Oriented Classes
.cls
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Code Engineering Object-Oriented Classes
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MDG Technology for OpenEdge

• Enterprise Architect Projects for OpenEdge
• OpenEdge Data Types
• OpenEdge Code Templates
• UML Profiles for OpenEdge
• UML Stereotypes for OpenEdge
• UML Patterns for OpenEdge

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Whats next...?

• This talk includes information about potential
  future products and/or product enhancements.
• What I am going to say reflects our current
  thinking, but the information contained herein is
  preliminary and subject to change. Any future
  products we ultimately deliver may be materially
  different from what is described here.

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Whats next...?

• No Promises
• Closer Link between Enterprise Architect and
  OpenEdge Architect at design-time
• Alignment Integration with Tools for Business
  Logic via XMI
• Patterns and Practices

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OpenEdge Architect Enterprise Architect
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In Summary

• UML provides a standard language to define
  systems
• The result is higher productivity, better
  quality, and lower risk
• OpenEdge and Enterprise Architect deliver the
  benefits of UML to OpenEdge developers

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For More Information, go to

• PSDN
• www.psdn.com
• Sparx Systems
• www.sparxsystems.com
• Relevant Exchange Sessions
• ARCH-2 UML 101 - From Design to Implementation
  using UML
• ARCH-8 Implementing the OpenEdge Reference
  Architecture with OpenEdge 10.1

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Questions?
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Thank you foryour time
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